Services

Documentation

Find here the full documentation of EMI 3 Matterhorn products. You can search items within the table using the search field; search can be performed on any attribute, not only title or description. You can also sort table items according to any of the attribute, just by clicking on the corresponding header.

APEL (Accounting Processor for Event Logs) gathers CPU accounting information by parsing batch system and blah accounting log files and inserting the data into a local MySQL database. APEL then publishes the data into a centralised repository.

APEL (Accounting Processor for Event Logs) gathers CPU accounting information by parsing batch system and blah accounting log files and inserting the data into a local MySQL database. APEL then publishes the data into a centralised repository.

APEL (Accounting Processor for Event Logs) gathers CPU accounting information by parsing batch system and blah accounting log files and inserting the data into a local MySQL database. APEL then publishes the data into a centralised repository.

APEL (Accounting Processor for Event Logs) gathers CPU accounting information by parsing batch system and blah accounting log files and inserting the data into a local MySQL database. APEL then publishes the data into a centralised repository.

APEL (Accounting Processor for Event Logs) gathers CPU accounting information by parsing batch system and blah accounting log files and inserting the data into a local MySQL database. APEL then publishes the data into a centralised repository.

APEL (Accounting Processor for Event Logs) gathers CPU accounting information by parsing batch system and blah accounting log files and inserting the data into a local MySQL database. APEL then publishes the data into a centralised repository.

APEL (Accounting Processor for Event Logs) gathers CPU accounting information by parsing batch system and blah accounting log files and inserting the data into a local MySQL database. APEL then publishes the data into a centralised repository.

APEL (Accounting Processor for Event Logs) gathers CPU accounting information by parsing batch system and blah accounting log files and inserting the data into a local MySQL database. APEL then publishes the data into a centralised repository.

The Disk Pool Manager (DPM) is a lightweight storage solution for grid sites. It offers a simple way to create a disk-based grid storage element and supports relevant protocols (SRM, gridFTP, RFIO) for file management and access.

The Disk Pool Manager (DPM) is a lightweight storage solution for grid sites. It offers a simple way to create a disk-based grid storage element and supports relevant protocols (SRM, gridFTP, RFIO) for file management and access.

The Disk Pool Manager (DPM) is a lightweight storage solution for grid sites. It offers a simple way to create a disk-based grid storage element and supports relevant protocols (SRM, gridFTP, RFIO) for file management and access.

The Disk Pool Manager (DPM) is a lightweight storage solution for grid sites. It offers a simple way to create a disk-based grid storage element and supports relevant protocols (SRM, gridFTP, RFIO) for file management and access.

The Disk Pool Manager (DPM) is a lightweight storage solution for grid sites. It offers a simple way to create a disk-based grid storage element and supports relevant protocols (SRM, gridFTP, RFIO) for file management and access.

The FTS3 is made of only one component, the FTS server. The FTS server allows users to submit FTS jobs and query their status, and to administrate the VO shares. It is the only component that users interact with.

The FTS3 is made of only one component, the FTS server. The FTS server allows users to submit FTS jobs and query their status, and to administrate the VO shares. It is the only component that users interact with.

The FTS3 is made of only one component, the FTS server. The FTS server allows users to submit FTS jobs and query their status, and to administrate the VO shares. It is the only component that users interact with.

The Security Token Service (STS) is a partial implementation of the OASIS WS-Trust specification.It is a service that can be used for transforming an existing security token into another security token format

The Security Token Service (STS) is a partial implementation of the OASIS WS-Trust specification.It is a service that can be used for transforming an existing security token into another security token format

The Security Token Service (STS) is a partial implementation of the OASIS WS-Trust specification.It is a service that can be used for transforming an existing security token into another security token format.

The UNICORE TSI provides a remote interface to the operating system, the batch system and the file system of the target resource, which is used by the UNICORE/X server to perform tasks on the target resource.

The UNICORE TSI provides a remote interface to the operating system, the batch system and the file system of the target resource, which is used by the UNICORE/X server to perform tasks on the target resource.

The UNICORE/X server is the central component of a UNICORE site. It hosts the services such as job submission, job management, storage access, and provides the bridge to the functionality of the target resources, e.g. batch systems or ﬁle systems.

The UNICORE/X server is the central component of a UNICORE site. It hosts the services such as job submission, job management, storage access, and provides the bridge to the functionality of the target resources, e.g. batch systems or ﬁle systems.

The XUUDB server is Attribute Source implementation which can be used by UNICORE servers. It is used to map user credentials (an X509 certiﬁcate or X500 distinguished name) to authorisation and incarnation attribute.

The XUUDB server is Attribute Source implementation which can be used by UNICORE servers. It is used to map user credentials (an X509 certiﬁcate or X500 distinguished name) to authorisation and incarnation attribute.

The XUUDB server is Attribute Source implementation which can be used by UNICORE servers. It is used to map user credentials (an X509 certiﬁcate or X500 distinguished name) to authorisation and incarnation attribute.

The Workload Management System (WMS) comprises a set of Grid middleware components responsible for the distribution and management of tasks across Grid resources, in such a way that applications are conveniently, efficiently and effectively executed.

The Workload Management System (WMS) comprises a set of Grid middleware components responsible for the distribution and management of tasks across Grid resources, in such a way that applications are conveniently, efficiently and effectively executed.

The Workload Management System (WMS) comprises a set of Grid middleware components responsible for the distribution and management of tasks across Grid resources, in such a way that applications are conveniently, efficiently and effectively executed.

The Workload Management System (WMS) comprises a set of Grid middleware components responsible for the distribution and management of tasks across Grid resources, in such a way that applications are conveniently, efficiently and effectively executed.

The Workload Management System (WMS) comprises a set of Grid middleware components responsible for the distribution and management of tasks across Grid resources, in such a way that applications are conveniently, efficiently and effectively executed.